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clouds4bee

2 years ago

beauherb8

The following is an alternative choice

href="http://www.comtrol.com/products/power-supplies-and-cords/power-cords">Straight from the source so you can get your Arduino

(or another PIC)

plugged into your system (ethernet) - work with an vintage NSLU2!

The NSLU2 and Arduino both talk TTL, but the NSLU2 is 3.3v and Arduino is 5v. Fairly simple take care of - incorperate a resistor!

Only 3 cords are required - pins 2, 4 and 3 by the NSLU2. You may not

prefer to join up

the ability pin.

Per the desk listed below, look out for the light stripe - which is the electrical

power pin.

NSLU2 - pin-right out of the J2 serial

dock

Pin 1 - 3.3v, pin 1 provides a vivid white stripe beside it

Pin 2 - RXD, are given from Arduino

to NSLU2 (requires resistor)

Pin 3 - TXD, transmit from NSLU2 to Arduino

Pin 4 - GND, flooring relationship

This article is developed in referrals onto the "Freeduino" - a BBB (bare bone tissues table) sort. Check that everything

is driven out of and unplugged. Then, hook up the TTL pins tagged "RX", "TX" and "GND" inside the BBB into the

recommended pins onto

the NSLU2. The 4 serial slot TTL pins on the NSLU2 are evident just beneath the battery to

the right.

It is best to position a 10k resistor between

Arduino as well as the NSLU2 on pin 2 of a NSLU2 so that the

5v from the Arduino are minimized to free from harm values.

Now vitality inside the Arduino and NSLU2 this is flased with Debian (SlugOS would be wise to

efforts also). Put in minicom (apt-get) and commence up minicom and set the serial port tottyS0 and 9600, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. If you do not see anything, be sure you have pre-programmed your Arduino with a program

that outputs text at the proper baud rate. Also look into powering away from at the same time models, vigor back and check out again. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

It is best to location a 10k resistor in between the

Arduino so the NSLU2 on pin 2 of that NSLU2 hence the

5v from the Arduino are decreased to protected degrees.

Now vigor in the NSLU2 and Arduino that is flased with Debian (SlugOS can career also). Add minicom (appropriate-get) and get started up minicom and set the serial harbour tottyS0 and 9600, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also try out running off the two of them devices, potential back

up and check out more. If you have made

other hardware mods such as overclocking on the NSLU2, it is possible the serial port will not work.

2 years ago

longpeanut1

The following is an alternative hub-8port">Recommended you read when getting your Arduino

(or any other PIC)

plugged into your community (ethernet) - make use of an unwanted NSLU2!

The NSLU2 is 3.3v and Arduino is 5v, even

though the NSLU2 and Arduino both talk TTL. Effortless deal with - convey a resistor!

Only 3 cords are required - pins 3, 2 and 4 inside the NSLU2. You may not are going to be connected

the capability pin.

For every the family table underneath, opt for the light stripe - that is the performance pin.

NSLU2 - pin-right out of the J2 serial slot

Pin 1 - 3.3v, pin 1

boasts a white stripe right next to it

Pin 2 - RXD, get from Arduino

to NSLU2 (must-have resistor)

Pin 3 - TXD, send out from NSLU2 to Arduino

Pin 4 - GND, floor bond

This post is written in guide on the "Freeduino" - a BBB (bare bones table) style. Always make sure that everything

is operated off and unplugged. Then, link up the TTL pins tagged "RX", "TX" and "GND" in

the Better business bureau to your

appropriate pins located on the NSLU2. The 4 serial harbour TTL pins by the NSLU2 are

observable just below the battery to

the right.

You have got to setting a 10k resistor regarding the

Arduino plus the NSLU2 on pin 2 in the NSLU2 therefore the

5v coming from the Arduino are lower to dependable quantities.

Now electricity in the Arduino and NSLU2 that is certainly flased with Debian (SlugOS definitely should effort also). Deploy minicom (apt-get) and

initiate up minicom and set the serial dock to9600 and

ttyS0, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also you should try powering off both the products, force support and try in the future. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

You have to point a 10k resistor between the

Arduino plus NSLU2 on pin 2 of NSLU2 to be sure the

5v coming from the Arduino are decreased to protected values.

Now performance inside the NSLU2 and Arduino this really is flased with Debian (SlugOS would be wise to task also). Put in minicom (apt-get) and commence up minicom and set the serial slot to9600 and

ttyS0, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also make an effort powering off at the same time devices, electricity validate and attempt all over

again. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

2 years ago

longyong4

This is an alternative choice Great

site when getting your Arduino

(along with other PIC)

attached to your networking (ethernet) - utilize an vintage NSLU2!

The NSLU2 is 3.3v and Arduino is 5v, even

though the NSLU2 and Arduino both talk TTL. Easy

repair - squeeze in a resistor!

Only 3 wiring are needed - pins 4, 3 and 2 to the NSLU2. You may not would

want to hook up

the power pin.

In each the kitchen table following next, consider the bright white stripe - that is the

potency pin.

NSLU2 - pin-right out of the J2 serial

dock

Pin 1 - 3.3v, pin 1 provides a bright stripe right next to it

Pin 2 - RXD, obtain from Arduino

to NSLU2 (needs to have resistor)

Pin 3 - TXD, send out from NSLU2 to Arduino

Pin 4 - GND, surface network

This post is written in referrals with the "Freeduino" - a BBB (uncovered your bones board) model. Be

sure all aspects are operated from and unplugged. Then, link up the TTL pins labeled "RX", "TX" and "GND" by the BBB toward the ideal pins to the NSLU2. The 4 serial port TTL pins around the NSLU2 are noticeable just beneath battery to the correct.

You need to home a 10k resistor between

Arduino and in addition the NSLU2 on pin 2 belonging to the NSLU2 so your

5v coming from the Arduino are lower to

acceptable tiers.

Now effectiveness within the NSLU2 and Arduino that is certainly flased with Debian (SlugOS has to energy also). Fit minicom (apt-get) and commence up minicom and set up the serial slot to9600 and

ttyS0, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. If you do not see anything, be sure you have pre-programmed your Arduino with a program

that outputs text at the proper baud rate. Also consider powering away both instruments, vigor back

up and check out in the future. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

You must place a 10k resistor regarding the

Arduino and then the NSLU2 on pin 2 in the NSLU2 and so the

5v coming from the Arduino are lessened to okay

grades.

Now effectiveness up the NSLU2 and Arduino which is flased with Debian (SlugOS needs to deliver the results also). Set

up minicom (apt-get) and start up minicom and set up the serial harbour tottyS0 and 9600, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. If you do not see anything, be sure you have pre-programmed your Arduino with a program

that outputs text at the proper baud rate. Also look at running off of

either machines, vitality back and attempt over again. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

2 years ago

longstacey4

Here is another option

href="http://www.comtrol.com/products/rocketlinx-industrial-ethernet-switches/industrial-ethernet-switches">Funny post for getting your Arduino

(or another PIC)

linked to your network system (ethernet) - make use of past NSLU2!

The NSLU2 is 3.3v and Arduino is 5v, even

though the NSLU2 and Arduino both talk TTL. Straight forward improve - convey a resistor!

Only 3 cables will be required - pins 2, 4 and 3 on your NSLU2. You may not are planning to relate

the energy pin.

For each the family table listed below, try to get the bright white stripe - this is the power pin.

NSLU2 - pin-out from the J2 serial

dock

Pin 1 - 3.3v, pin 1 comes with a whitened stripe next to it

Pin 2 - RXD, collect from Arduino

to NSLU2 (essential resistor)

Pin 3 - TXD, transfer from NSLU2 to Arduino

Pin 4 - GND, soil

interconnection

This information is designed in referrals in the "Freeduino" - a BBB (uncovered bone tissues table) category. Be certain all things are run off and unplugged. Then, be connected the TTL pins labeled "RX", "TX" and "GND" located on the BBB in to the best pins upon the NSLU2. The Four serial slot TTL pins around NSLU2 are

observable just below battery on the right.

It is

important to website a 10k resistor amongst the

Arduino also, the NSLU2 on pin 2 in the NSLU2 to be sure the

5v from the Arduino are decreased to trustworthy heights.

Now impact inside the Arduino and NSLU2 this really is flased with Debian (SlugOS should preferably employment also). Put up minicom (appropriate-get) and commence up minicom and set up the serial dock to9600 and

ttyS0, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also look into running from each of

these devices, drive validate and try in the future. If you have made

other hardware mods such as overclocking on the NSLU2, it is possible the serial port will not work.

You have to place a 10k resistor between

Arduino plus NSLU2 on pin 2 of an NSLU2 so

the

5v coming from the Arduino are dropped to good heights.

Now effectiveness the NSLU2 and Arduino that is flased with Debian (SlugOS really should services also). Set

up minicom (appropriate-get) and

initiate up minicom and set up the serial dock tottyS0 and 9600, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also make an effort running off each machines, drive validate and check out in the future. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

2 years ago

longtrey0

Is another choice switches/power-over-ethernet-switches/rocketlinx-es7206">Lowest price getting your Arduino

(or another PIC)

plugged into your

circle (ethernet) - work with an vintage NSLU2!

The NSLU2 and Arduino both talk TTL, but the NSLU2 is 3.3v and Arduino is 5v. Rather simple deal with - incorperate a resistor!

Only 3 wires are required - pins 4, 2 and 3 on the NSLU2. You may not would you like to be connected

the capability pin.

For every the kitchen table here, check out the light stripe - that is the drive pin.

NSLU2 - pin-away from the J2 serial port

Pin 1 - 3.3v, pin 1 has got a bright white stripe next to it

Pin 2 - RXD, pick up from Arduino

to NSLU2 (need to have resistor)

Pin 3 - TXD, send out from NSLU2 to Arduino

Pin 4 - GND, terrain bond

This article is developed in useful resource with regard to the "Freeduino" - a BBB (bare bone table) category. Be certain that things are operated from and unplugged. Then, link the TTL pins labeled "RX", "TX" and "GND" over the Better business bureau towards the sufficient pins

with the NSLU2. The 4 serial harbour TTL pins concerning the NSLU2 are evident just beneath the battery to

the right.

You should arrange a 10k resistor amongst the

Arduino together with

the NSLU2 on pin 2 with the NSLU2 and so the

5v from the Arduino are dropped to free from danger tiers.

Now electrical power inside the NSLU2 and Arduino which happens to be flased with Debian (SlugOS might jobs also). Use minicom (apt-get) and begin up minicom and set the serial port to9600 and

ttyS0, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also strive driving away the two of them machines, provide power to validate and attempt more. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

You should point a 10k resistor regarding the

Arduino plus NSLU2 on pin 2 within the NSLU2 to ensure the

5v from the Arduino are lowered to secure and safe concentrations.

Now force up the Arduino and NSLU2 that has been flased with Debian (SlugOS should effort also). Add minicom (appropriate-get) and begin up minicom and set the serial harbour tottyS0 and 9600, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. If you do not see anything, be sure you have pre-programmed your Arduino with a program

that outputs text at the proper baud rate. Also you could try running from at the same time models, effectiveness validate and check out once again. If you have made

other hardware mods such as overclocking on the NSLU2, it is possible the serial port will not work.

2 years ago

irontest6

This is an alternative choice industrial-ethernet-switches/industrial-ethernet-switches/rocketlinx-es8108f-singlemode">6 port industrial ethernet switch so you can get your Arduino

(or any other PIC)

associated with your networking (ethernet) - use an long-

standing NSLU2!

The NSLU2 and Arduino both talk TTL, but the NSLU2 is 3.3v and Arduino is 5v. Clear improve - squeeze in a resistor!

Only 3 cords are needed - pins 2, 4 and 3 around the NSLU2. You do not

prefer to hook up

the ability pin.

In each the

stand below, watch out for the white stripe - this is the provide power to pin.

NSLU2 - pin-out from the J2 serial harbour

Pin 1 - 3.3v, pin 1 carries a light stripe close to it

Pin 2 - RXD, end up with from Arduino

to NSLU2 (essential resistor)

Pin 3 - TXD, transmit from NSLU2 to Arduino

Pin 4 - GND, surface

interconnection

This post is written in

reference point around the "Freeduino" - a BBB (bare bones board) model. Ensure that it is all totally fueled off of and unplugged. Then, connect the TTL pins branded "RX", "TX" and "GND" on the Better business bureau for the sufficient pins for the NSLU2. The 4 serial harbour TTL pins in the NSLU2 are evident just under the battery on the right.

You are required to arrange a 10k resistor between the

Arduino as well as NSLU2 on pin 2 using the NSLU2 to ensure the

5v from the Arduino are reduced to

safeguarded stages.

Now performance within the NSLU2 and Arduino that may be flased with Debian (SlugOS will ideally hard work also). Install minicom (apt-get) and commence up minicom and set the serial port to9600 and

ttyS0, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also try out driving away both the products, potential back and attempt in the future. If you have made

other hardware mods such as overclocking on the NSLU2, it is possible the serial port will not work.

You are required to

insert a 10k resistor

involving the

Arduino and NSLU2 on pin 2

from the NSLU2 consequently the

5v coming from the Arduino are

minimal to good quantities.

Now potential the NSLU2 and Arduino thats

generally flased with Debian (SlugOS might get the job done also). Install minicom (apt-get) and begin up minicom and set the serial harbour to9600 and

ttyS0, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also try out powering off of both the

equipment, vigor back and try over again. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

2 years ago

loanmonkey2

This is another option extended-temperature">Killer deal to get your Arduino

(or any other PIC)

connected to your networking (ethernet) - make use of former NSLU2!

The NSLU2 is 3.3v and Arduino is 5v, even

though the NSLU2 and Arduino both talk TTL. Fairly simple

repair - incorperate a resistor!

Only 3 cords will be required - pins 2, 3

and 4 about the NSLU2. You may not just want to link

the power pin.

A the dinner table on the next paragraphs, try to look for the white colored stripe - which is the electric power pin.

NSLU2 - pin-right out of the J2 serial

dock

Pin 1 - 3.3v, pin 1 posesses a vivid white stripe near to it

Pin 2 - RXD, receive from Arduino

to NSLU2 (recommended resistor)

Pin 3 - TXD, send out from NSLU2 to Arduino

Pin 4 - GND, ground connection

This post is printed in

reference point into your "Freeduino" - a BBB (uncovered bone fragments table) sort. Ensure things are operated away from and unplugged. Then, connect the TTL pins branded "RX", "TX" and "GND" on your Better business bureau on the way to ideal pins on a NSLU2. The Four serial harbour TTL pins relating to the NSLU2 are obvious just below the battery to

the right.

You ought to region a 10k resistor amongst the

Arduino plus the NSLU2 on pin 2

from the NSLU2 so

the

5v coming from the Arduino are decreased to free from harm amounts.

Now performance within the NSLU2 and Arduino this is flased with Debian (SlugOS ought to deliver the results also). Set

up minicom (apt-get) and get started up minicom and set up the serial harbour tottyS0 and 9600, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also look into running away both the items, vitality back and try ever again. If you have made

other hardware mods such as overclocking on the NSLU2, it is possible the serial port will not work.

You must space a 10k resistor in between the

Arduino and also the NSLU2 on pin 2 of a NSLU2 hence the

5v from the Arduino are cut down to safe and sound ranges.

Now drive in the NSLU2 and Arduino this is flased with Debian (SlugOS really need to task also). Put in minicom (apt-get) and start up minicom and set up the serial port tottyS0 and 9600, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also attempt running out of both of the systems, potential backup and attempt back again. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.

2 years ago

cutmonkey0

Is another choice

href="http://www.comtrol.com/rocketlinx-industrial-ethernet-switches/industrial-ethernet-switches/rocketlinx-es8108f-

singlemode">Experienced so you can get your Arduino

(or some other PIC)

linked to your

circle (ethernet) - make use of an existing NSLU2!

The NSLU2 is 3.3v and Arduino is 5v, even

though the NSLU2 and Arduino both talk TTL. Very simple remedy - squeeze in a resistor!

Only 3 cords are essential - pins 4, 2 and 3 on your NSLU2. You do not need to relate

the capability pin.

Each the table here, look for the white stripe - this is the ability pin.

NSLU2 - pin-right out of the J2 serial slot

Pin 1 - 3.3v, pin 1 does have a light stripe near to it

Pin 2 - RXD, receive from Arduino

to NSLU2 (really should have resistor)

Pin 3 - TXD, send from NSLU2 to Arduino

Pin 4 - GND, terrain association

This information is designed in personal reference to your "Freeduino" - a Better

business bureau (bare your bones table) enter. Make sure that things are run off of and unplugged. Then, join the TTL pins labeled "RX", "TX" and "GND" on the Better business bureau up to the proper pins by the NSLU2. The 4 serial slot TTL pins on your NSLU2 are

observable just below battery to

the right.

You need to house a 10k resistor concerning the

Arduino additionally the NSLU2 on pin 2 of the NSLU2 so your

5v from the Arduino are diminished to harmless quantities.

Now vitality along

the NSLU2 and Arduino that is definitely flased with Debian (SlugOS should really jobs also). Install minicom (appropriate-get) and start up minicom and set the serial harbour tottyS0 and 9600, 8N1.

If the connections are correct, the TTL pins/port on the Arduino and NSLU2 are functional you should now see the output

from the Arduino. If you do not see anything, be sure you have pre-programmed your Arduino with a program

that outputs text at the proper baud rate. Also take a look at running from both of these devices, ability back and check out over again. If you have made

other hardware mods such as overclocking on the NSLU2, it is possible the serial port will not work.

You have got to put a 10k resistor relating to the

Arduino and therefore the NSLU2 on pin 2 of an NSLU2 so your

5v from the Arduino are minimized to safe stages.

Now potency inside the Arduino and NSLU2

that could be flased with Debian (SlugOS ought to job also). Mount minicom (appropriate-get) and start up minicom and set the serial dock to9600 and

ttyS0, 8N1.

The TTL pins/port on the Arduino and NSLU2 are functional you should now see the output from the Arduino

if the connections are correct. Be sure you have pre-programmed your Arduino with a program that outputs text

at the proper baud rate if you do not see anything. Also look into running out of both of the models, impact back and try once more. It is possible the

serial port will not work if you have made other hardware mods such as overclocking on the NSLU2.